Recon-informed scoping
Testers start from the assets, technologies, and exposed services discovery has already mapped, so testing is focused and covers your real attack surface, not a generic checklist.
Automated scanners are fast, but they only find what they're programmed to look for. The vulnerabilities that lead to real breaches — broken access controls, business logic flaws, and chained exploits — take a human. ThreatWatch360's security experts pick up where discovery and scanning leave off, testing your assets by hand the way a real attacker would, validating what's genuinely exploitable and chaining findings into the attack paths automation would never connect.

Testers start from the assets, technologies, and exposed services discovery has already mapped, so testing is focused and covers your real attack surface, not a generic checklist.
Probe the workflows and business rules automated tools can't understand — from price manipulation and workflow abuse to logic that lets users do what they shouldn't.
Test authentication, authorization, and session handling by hand — hunting for broken access controls, IDOR, and privilege escalation across roles and tenants.
Combine multiple low-risk findings into real, high-impact attack paths — the multi-step compromises a scanner reports as separate, harmless issues.
Every finding is exploited safely and confirmed by a human, so you get validated, exploitable issues with proof — not a pile of false positives.
Each finding comes with reproduction steps, business impact, and clear remediation guidance — plus retesting once you've fixed it, to confirm the risk is gone.
Automated scanning finds known vulnerabilities but some of the most dangerous flaws only a human can find. Business-logic errors, chained exploits, authentication bypasses, and access-control gaps don't show up as CVEs, because there's no signature to match. ThreatWatch360 puts experienced security experts on your assets to test them by hand, thinking and probing like a real attacker to surface the flaws automation structurally misses.
Frequently Asked Questions